Відео

Where were you when I was in quantum physics courses in my university years? 30 years later, and now I get it! Thank you.

Normal people : Orbital My chemistry teacher: whore-bit-taal

I colleague of mine made the same mistake and got some potassium hydroxide into his face. He wore his goggles and immediately washed it off so nothing serious happened

Then what is smoldering ?

I sure like your accent! - Thanks for a great video.

@4:07 can we use centigrade and degree together? Very nice lecture please upload some on thermodynamics and chemical bonding from basic to advance because those two really bother me.

I was looking for waldo

I mean how could i've missed such high quality content. BRAVO! Outstanding work and passion.

In High School shop class, the instructor had several sample of beryllium/copper alloy, known in the US as beryllium-bronze. It was common in small instruments as springs or electrical contacts. The color of the alloy is very distinctive. Teacher had lost part of a finger due to a sliver of beryl-bronze under his fingernail.

is orbital a wave

Shoutout to all the people who are here after watching Andrew Hall on Thunderbolt Project. 😳

The place where people are likely to pass is an awesome explanation. Thanks

I don’t usually like when educational UA-cam tries to be funny, or when funny people try to make educational content. But I honestly laughed so hard when you busted out the champagne. Well played, sir. And great follow up with Goodwin

Is there a mathemstical method to calculate the amount of energy [eV] of each subshell (s, p, d, f) per shell (n=1,…,7) of an atom in the periodic table of chemical elements; and thus calculating theirs absorbion and emission spectra?

brither can u make a seperate video on how waves lookline in a sperical form ?thats the only thing i still dont get

Love this!

Well explained, I’m a little closer thanks

how can the amount of energy for each sublevel (s,p,d,f) per shell (1,...,7) be calculated?

Beryllium is terrifically stiff, making it useful for such things as (at one point) Formula One brake calipers.

For those of you who are wondering, second place is "silicon" at 28%. The ready abundance is part of the reason why the revolution of silicone construction materials is so vital to our modern world.

captain obvious?

Does iodine form crystals?

OK but question how the hell do you know that it was 13.7 billion years ago how the hell do you know that

Yes please

❤😂😅😅

Isn’t the uncertainty of the Avogadro number the same as the uncertainty of the gas constant in the ideal gas equation?

Quantum particles are always spread across spacetime because of the uncertainty principle. I understand that hydrogen can do this too. Does this mean that hydrogen can be found orbiting in cloud around another atom?

Oxygen right on the corner 🗿

厉害，终于在比较底层的原理上理解了火焰的燃烧，包括气体（液体）、固体的燃烧。

Nice job

Oxygen does not stay in an elemental form for long ..🌬️💨..So it is a good indicator of life, if found on an Alien 👽👾 world 🌍

3:19 that looks like a red cell

No. I aint doing allat. Like this may happen, but just... no. I cant do it Oh yeah also P4O10 is real Yeah what the flourine.

7th is best (for me)

Is the abundance stat by numberbof oxygen atoms or mass? Only because doesn't iron make up more of the earth's mass or am i wrong? Good video btw

Ive got a knowlegdgegasm from this explanation of orbitals. I feel like i am genius right now. 8 years i have spent trying to understand this.❤

My HS chem teacher actually used to talk about "little boy atoms and little girl atoms"....

This is why life after the first bacteria and algae produced oxygen it needed ~ 1 or 2 billion years until there was enough free oxygen in the water (and later in the air) for animals to be able to breathe. First all the stones had to be oxygenated ;-)

three bonding orbitals...is this something to do with Hybridization of sp orbitals SP3 and SP2

My wife, Kate, is silly. She's a breath of fresh air.

Electrons in phase and out of phase is exactly the question I had looking for this video

So this could all be bullshit as it is still just a theory

Otherwise this was nice and great

I need more explanation on characteristics of orbitals

Orbital = a space near the nucleus where we are likely to find an electron.

Are you hawe fals! oxigén is from óceán!the trable is ,20.93% mérve Time befor!

The second best element is Silicone

Thanks, I'd been wondering about this..

what are subshells? I have always just got to know that orbitals are madeup of subshells but what are these s,p,d,f subshells ?